Legal claims defining the scope of protection. Each claim is shown in both the original legal language and a plain English translation.
1. An instant messaging method, comprising: activating an instant messaging interface in an electronic apparatus, and displaying a communication area in the instant messaging interface, wherein the communication area is configured to display a plurality of dialog boxes, each of the plurality of dialog boxes corresponds to at least one message content between a connection account used by the electronic apparatus and other connection accounts used by other electronic apparatuses; adding a preview area to the instant messaging interface after the instant messaging interface triggers an edit mode, and activating a touch edit function of the communication area to allow a user to perform editing in the communication area; displaying the message content corresponding to a selected edited target in the preview area of the instant messaging interface after determining the at least one dialog box in the communication area is selected as the edited target, wherein the preview area is different from the communication area; receiving a touch operation corresponding to the edited target in the communication area, and generating attribute data based on the touch operation; adjusting the message content corresponding to the selected edited target in the preview area based on the attribute data; receiving another attribute data transmitted by a followed connection account in the edit mode from another electronic apparatus in response to the instant messaging interface triggers a viewing mode; displaying a corresponding content based on the another attribute data corresponding to the followed connection account in the preview area of the instant messaging interface; notifying a server through the electronic apparatus in response to the instant messaging interface triggers the viewing mode, such that the server marks a role tag of the electronic apparatus as a follower tag and notifies other electronic apparatuses communicating with the electronic apparatus; and notifying the server through the electronic apparatus in response to the instant messaging interface triggers the edit mode, such that the server marks the role tag of the electronic apparatus as an editor tag and notifies the other electronic apparatuses communicating with the electronic apparatus.
Instant messaging systems often lack efficient ways to edit and preview messages in real-time during collaborative conversations. This invention addresses the problem by providing an enhanced instant messaging interface with dynamic editing and preview capabilities. The system activates an instant messaging interface on an electronic device, displaying a communication area with multiple dialog boxes, each representing message exchanges between the user's account and other connected accounts. When the interface enters an edit mode, a preview area is added, distinct from the communication area. Users can select a dialog box to edit, and the corresponding message content appears in the preview area. Touch operations on the selected dialog box generate attribute data, which adjusts the message content in the preview area accordingly. If another user (a "followed" account) is in edit mode, their attribute data is received and displayed in the preview area. The system also notifies a server to update role tags, marking the device as an "editor" or "follower" and informing other connected devices. This allows real-time collaborative editing and previewing of messages, improving communication efficiency in group interactions.
2. The instant messaging method as claimed in claim 1 , wherein a step of receiving the touch operation corresponding to the edited target in the communication area comprises: setting an initial touch position of the touch operation as an initial point after determining the touch operation is received within a touch range corresponding to the edited target, and setting the initial point as a reference point of a gesture; enlarging the touch range, continuously receiving the touch operation within the enlarged touch range; determining whether another touch operation corresponding to the edited target is received within the enlarged touch range in a predetermined time after the touch operation is released; and setting an initial touch position of the another touch operation as the initial point after determining the another touch operation is received within the enlarged touch range in the predetermined time, resetting the initial point as the reference point of the gesture, and continuously receiving the another touch operation in the enlarged touch range.
This invention relates to an instant messaging method that improves touch-based interaction with edited targets, such as text or media, in a communication interface. The problem addressed is the difficulty of precisely selecting and manipulating edited targets using touch gestures, especially when initial touch positions are imprecise or when users need to adjust their gestures. The method enhances touch sensitivity by dynamically adjusting the touch range for detecting user interactions. When a touch operation is received within a predefined touch range corresponding to an edited target, the system sets the initial touch position as an initial point and uses it as a reference for subsequent gestures. The touch range is then enlarged to accommodate slight movements or adjustments. After the initial touch is released, the system monitors for another touch operation within the enlarged range within a predetermined time. If detected, the new touch position is set as the initial point, resetting the gesture reference and continuing to track the touch operation within the expanded range. This allows users to correct or refine their touch inputs without losing the intended target, improving accuracy and usability in touch-based messaging interfaces.
3. The instant messaging method as claimed in claim 1 , wherein the method further comprises: when a server determines a follower account in a plurality of connection accounts triggers a viewing mode and sets the electronic apparatus as a followed connection account, transmitting the attribute data corresponding to the edited target through the server to another electronic apparatus corresponding to the follower account.
This invention relates to instant messaging systems, specifically addressing the need for efficient data sharing between connected accounts. The method involves a server managing multiple connection accounts, where one account (the follower) triggers a viewing mode and designates another account (the followed) as a connection. When this occurs, the server transmits attribute data corresponding to an edited target from the followed account to the follower's electronic device. The system ensures real-time synchronization of data between connected accounts, allowing followers to access updated information without manual requests. The method enhances user experience by automating data sharing based on connection status and viewing preferences, reducing latency and improving collaboration in messaging platforms. The invention is particularly useful in social media, team communication tools, or any system requiring dynamic data updates between linked users.
4. The instant messaging method as claimed in claim 1 , further comprising: displaying the preview area in an external display when detecting the electronic apparatus being connected to the external display.
This invention relates to an instant messaging method that enhances user experience by dynamically adjusting the display of message previews based on the device's connection to an external display. The method addresses the problem of limited screen real estate on mobile devices, where displaying message previews can clutter the interface or obscure important content. When the electronic apparatus (e.g., a smartphone or tablet) is connected to an external display (e.g., a monitor or TV), the method detects this connection and automatically displays the preview area on the external display. This allows users to view message previews in a larger, more readable format while keeping the primary device screen uncluttered. The preview area may include message content, sender information, or other relevant details, improving usability and reducing the need to switch between apps or screens. The method ensures seamless integration between the primary device and the external display, enhancing productivity and convenience for users who frequently multitask or work across multiple screens. The solution is particularly useful in professional or collaborative environments where quick access to message previews is essential.
5. An instant messaging system, comprising: a plurality of electronic apparatuses, wherein each of the electronic apparatuses comprises: a first networking device; a first storage device, comprising an instant messaging module; and a first processor, coupled to the first networking device and the first storage device, driving the instant messaging module to perform an instant messaging process, the instant messaging process comprising: activating an instant messaging interface, and displaying a communication area in the instant messaging interface, wherein the communication area is configured to display a plurality of dialog boxes, each of the plurality of dialog boxes corresponds to at least one message content between a connection account used by the electronic apparatus and other connection accounts used by other electronic apparatuses; adding a preview area to the instant messaging interface after the instant messaging interface triggers an edit mode, and activating a touch edit function of the communication area to allow a user to perform editing in the communication area; displaying the message content corresponding to a selected edited target in the preview area of the instant messaging interface after determining the at least one dialog box in the communication area is selected as the edited target, wherein the preview area is different from the communication area; receiving a touch operation corresponding to the edited target in the communication area, and generating attribute data based on the touch operation; adjusting the message content corresponding to the selected edited target in the preview area based on the attribute data; receiving another attribute data from another electronic apparatus corresponding to a followed connection account in the edit mode in response to the instant messaging interface triggers a viewing mode; displaying a corresponding content based on the another attribute data corresponding to the followed connection account in the preview area of the instant messaging interface; notifying a server through the first networking device in response to the instant messaging interface triggers the viewing mode, such that the server marks a role tag of the corresponding electronic apparatus as a follower tag and notifies the rest of the electronic apparatuses; and notifying the server through the first networking device in response to the instant messaging interface triggers the edit mode, such that the server marks the role tag of the corresponding electronic apparatus as an editor tag and notifies the rest of the electronic apparatuses.
This invention relates to an instant messaging system designed to enhance collaborative editing and real-time content adjustments within group messaging environments. The system addresses the challenge of managing and synchronizing message edits across multiple users in a shared communication space. The system comprises multiple electronic devices, each equipped with a networking device, a storage device containing an instant messaging module, and a processor. The processor executes the instant messaging module to perform an instant messaging process. This process activates an instant messaging interface displaying a communication area with dialog boxes, each representing message exchanges between a user's account and others. When the interface enters edit mode, a preview area is added, enabling touch-based editing of message content. Users can select a dialog box as an edited target, and the corresponding message content appears in the preview area. Touch operations generate attribute data, which adjusts the message content in the preview area. In edit mode, the system notifies a server to mark the user's role as an editor and updates other devices. When in viewing mode, the system receives attribute data from followed accounts, displays corresponding content in the preview area, and notifies the server to mark the user's role as a follower. This ensures synchronized, collaborative editing and real-time updates across all connected devices.
6. The instant messaging system as claimed in claim 5 , wherein in the instant messaging process of each of the electronic apparatuses, receiving the touch operation corresponding to the edited target in the communication area comprises: setting an initial touch position of the touch operation as an initial point after determining the touch operation is received within a touch range corresponding to the edited target, and setting the initial point as a reference point of a gesture; enlarging the touch range, and continuously receiving the touch operation within the enlarged touch range; determining whether another touch operation corresponding to the edited target is received within the enlarged touch range in a predetermined time after the touch operation is released; and setting an initial touch position of the another touch operation as the initial point after determining the another touch operation is received within the enlarged touch range in the predetermined time, resetting the initial point as the reference point of the gesture, and continuously receiving another touch operation within the enlarged touch range.
This invention relates to an instant messaging system for electronic devices, addressing the challenge of accurately detecting and processing touch gestures on edited targets within a communication interface. The system enhances touch interaction by dynamically adjusting the touch detection range to improve responsiveness and accuracy. When a user initiates a touch operation on an edited target in the communication area, the system first sets the initial touch position as an initial point, which serves as the reference point for subsequent gesture recognition. The touch detection range is then enlarged to ensure continuous tracking of the touch operation even if the user slightly moves their finger. After the initial touch is released, the system monitors for another touch operation within the enlarged range within a predetermined time. If detected, the system resets the initial touch position of the new touch as the reference point, allowing seamless continuation of the gesture. This adaptive touch detection ensures smooth interaction with edited content, such as text or media, in messaging applications. The system improves usability by reducing misinterpretation of touch inputs and enabling more precise control over editing functions.
7. The instant messaging system as claimed in claim 5 , further comprises: a server, comprising: a second storage device, comprising a message processing module; a second networking device, connected to the first networking device through a network, receiving the attribute data from each of the electronic apparatuses to store the attribute data into the second storage device; and a second processor, coupled to the second networking device and the second storage device, driving the message processing module to perform a processing process, the processing process comprising: when the server determines a follower account in a plurality of connection accounts triggers a viewing mode and one of the electronic apparatus is set as a followed connection account, the attribute data of the followed connection account is transmitted through the sever to one of the electronic apparatuses corresponding to the follower account.
This technical summary describes an instant messaging system that enhances user interaction by managing and transmitting attribute data between connected accounts. The system addresses the problem of efficiently sharing user-specific information in a networked environment, ensuring seamless communication and data synchronization across multiple electronic devices. The system includes a server with a storage device containing a message processing module, a networking device for receiving attribute data from connected electronic apparatuses, and a processor that executes the processing module. The server stores attribute data from each electronic apparatus in its storage device. When a follower account activates a viewing mode, the server identifies the followed connection account and transmits its attribute data to the electronic apparatus associated with the follower account. This ensures that the follower can access the followed account's information in real-time, facilitating dynamic and interactive communication. The system enables efficient data sharing by leveraging server-side processing to manage and distribute attribute data, improving user experience in instant messaging applications. The server's role in processing and transmitting data ensures that followers receive up-to-date information from followed accounts, enhancing collaboration and interaction in a networked environment.
8. The instant messaging system as claimed in claim 5 , wherein each of the electronic apparatuses further comprises an external connection port, and the instant messaging process of each of the electronic apparatuses further comprises: when the external connection port is detected to be connected to an external display, displaying the preview area in the external display.
This invention relates to an instant messaging system designed to enhance user interaction by extending display capabilities to external screens. The system addresses the problem of limited display space on electronic devices, such as smartphones or tablets, by allowing users to view message previews on an external display when connected. Each electronic apparatus in the system includes an external connection port, such as an HDMI or USB-C port, which detects when an external display is connected. Upon detection, the system automatically displays a preview area of the instant messaging interface on the external display. This preview area shows message content, sender information, or other relevant data, enabling users to view messages more comfortably on a larger screen. The system ensures seamless integration between the primary device and the external display, maintaining synchronization and real-time updates. This feature is particularly useful in scenarios where the primary device's screen is small or inconvenient to use, such as during presentations, collaborative work, or multitasking. The invention improves usability by leveraging external displays to provide a more immersive and efficient messaging experience.
9. An electronic apparatus, comprising, a networking device; a storage device, comprising an instant messaging module; and a processor, coupled to the networking device and the storage device, driving the instant messaging module to perform an instant messaging process, the instant messaging process comprising: activating an instant messaging interface, and displaying a communication area in the instant messaging interface, wherein the communication area is configured to display a plurality of dialog boxes, each of the plurality of dialog boxes corresponds to at least one message content between a connection account used by the electronic apparatus and other connection accounts used by other electronic apparatuses; adding a preview area to the instant messaging interface after the instant messaging interface triggers an edit mode, and activating a touch edit function of the communication area to allow a user to perform editing in the communication area; displaying the message content corresponding to a selected edited target in the preview area of the instant messaging interface after determining the at least one dialog box in the communication area is selected as the edited target, wherein the preview area is different from the communication area; receiving a touch operation corresponding to the edited target in the communication area, and generating attribute data based on the touch operation; adjusting the message content corresponding to the selected edited target in the preview area based on the attribute data; receiving another attribute data from another electronic apparatus corresponding to a followed connection account in the edit mode in response to the instant messaging interface triggers a viewing mode; displaying a corresponding content based on the another attribute data corresponding to the followed connection account in the preview area of the instant messaging interface; notifying a server through the networking device in response to the instant messaging interface triggers the viewing mode, such that the server marks a role tag of the electronic apparatus as a follower tag and notifies other electronic apparatuses communicating with the electronic apparatus; and notifying the server through the networking device in response to the instant messaging interface triggers the edit mode, such that the server marks the role tag of the electronic apparatus as an editor tag and notifies the other electronic apparatuses communicating with the electronic apparatus.
This invention relates to an electronic apparatus with an instant messaging system that enhances collaborative editing and viewing of message content. The apparatus includes a networking device, a storage device with an instant messaging module, and a processor that drives the module to perform an instant messaging process. The process activates an instant messaging interface displaying a communication area with dialog boxes, each representing message exchanges between a user's account and other accounts. When the interface enters edit mode, a preview area is added, and a touch edit function allows users to edit message content in the communication area. Selecting a dialog box displays its message content in the preview area, distinct from the communication area. Touch operations on the edited target generate attribute data, which adjusts the message content in the preview area. In edit mode, the apparatus receives attribute data from followed accounts, displaying corresponding content in the preview area. The system notifies a server to mark the user's role as an editor or follower, updating other connected devices accordingly. This enables real-time collaborative editing and viewing of messages within an instant messaging platform.
10. The electronic apparatus as claimed in claim 9 , wherein in the instant messaging process, receiving the touch operation corresponding to the edited target in the communication area comprises: setting an initial touch position of the touch operation as an initial point after determining the touch operation is received within a touch range corresponding to the edited target, and setting the initial point as a reference point of a gesture; enlarging the touch range, and continuously receiving the touch operation within the enlarged touch range; determining whether another touch operation corresponding to the edited target is received within the enlarged touch range in a predetermined time after the touch operation is released; and setting an initial touch position of the another touch operation as the initial point after determining the another touch operation is received within the enlarged touch range in the predetermined time, resetting the initial point as the reference point of the gesture, and continuously receiving another touch operation within the enlarged touch range.
This invention relates to an electronic apparatus with an improved touch-based interaction system for instant messaging. The problem addressed is the difficulty of precisely selecting and manipulating text or other elements in a communication area using touch inputs, especially when the target is small or the user's touch is imprecise. The apparatus includes a display and a touch-sensitive interface that processes touch operations within a communication area. When a user initiates a touch operation near an edited target (such as text or an image), the system sets the initial touch position as an initial point and uses it as a reference for gesture recognition. The touch range is then enlarged to accommodate slight deviations in the user's touch, allowing continuous tracking of the gesture even if the touch position shifts slightly. After the initial touch is released, the system monitors for another touch operation within the enlarged range within a predetermined time. If detected, the new touch position is set as the initial point, updating the reference for subsequent gestures. This ensures seamless interaction by dynamically adjusting to the user's touch variations while maintaining accuracy in target selection and manipulation. The system enhances usability by reducing the need for precise touch alignment, particularly in messaging applications where quick and accurate input is critical.
11. The electronic apparatus as claimed in claim 9 , further comprising an external connection port, the instant messaging process further comprising: when the external connection port is detected to be connected to an external display, displaying the preview area in the external display.
This invention relates to an electronic apparatus with an instant messaging system that enhances user interaction by displaying a preview area on an external display when connected. The apparatus includes a display screen, a processor, and an external connection port. The instant messaging process involves generating a preview area on the display screen, which shows a portion of a message or content being composed or received. When the external connection port is detected to be connected to an external display, the preview area is automatically displayed on the external display instead of the internal screen. This allows users to share or view content more conveniently, particularly in collaborative or public settings. The system ensures seamless switching between internal and external displays without interrupting the messaging workflow. The external display connection may be wired or wireless, and the preview area can be adjusted in size or position based on the external display's resolution and orientation. This feature improves usability by providing a larger or more accessible viewing area for messages, reducing the need to crowd around a single device. The invention is particularly useful in environments where multiple users need to view the same content simultaneously.
12. The electronic apparatus as claimed in claim 9 , wherein the instant messaging process further comprising: transmitting the attribute data corresponding to the edited target to a server through the networking device.
This invention relates to an electronic apparatus configured to process instant messaging data, particularly for handling edited messages. The apparatus includes a networking device for communication and a processing unit that executes an instant messaging process. The process involves receiving an edited target, which is a modified version of a previously transmitted message, and generating attribute data associated with the edited target. This attribute data may include metadata such as timestamps, user identifiers, or edit history. The apparatus then transmits this attribute data to a server via the networking device, allowing the server to track or log the edits for purposes such as message verification, audit trails, or synchronization across devices. The invention addresses the need for reliable tracking of message modifications in instant messaging systems, ensuring transparency and consistency in communication records. The apparatus may also include additional features, such as user interface components for displaying or managing the edited messages and their associated attribute data. The transmission of attribute data to a server enables centralized storage and retrieval, supporting applications like compliance monitoring or dispute resolution in messaging platforms.
Unknown
January 19, 2021
Browse 5M+ US patents with plain-English claim translations and AI-generated analysis.